CSSU2512 chip resistor is designed to handle 5 W in a compact 2512 chip size. This resistor features a low TCR of ±5 ppm.

The RPCQ has a unique design and structure, enabling higher pulse handling than comparable pulse-withstanding resistors currently available.

Stackpole’s RNCE series thin film chip resistors utilize significant material and design improvements to maximize the performance, stability, and reliability of the RNCE under a wide range of electrical and environmental conditions.

RVCU chip resistors are designed to offer exceptional stability at different voltages, known as voltage coefficient of resistance (VCR), making them ideal for applications that require stable VCR.

High Current Metal Alloy Resistors.

Precision Tantalum Nitride Chip Resistors.

CSSK3637 Four Terminal Shunt is ideal for cases where 4 terminal resistors provide best measurement and accuracy applications.

Stackpole’s RNCL provides high power ratings per chip size with resistance values down to 50 milliohm. It provides high precision and stability you would expect from a thin film resistive element with tolerances down to 0.5% and TCR of 50 and 100 ppm

Stackpole Electronics CSRT2512-UP Thin Film Current Sense Chip Resistors are designed for precision and reliability in electrical circuits.

The Stackpole high-voltage, high-performance, and high-precision HVC series of chip resistors are available for a variety of applications. The HVC series offers high working voltages from 400 to 3,000 volts for various chip sizes.

The UHV from Stackpole is an ultra-high voltage chip resistor offering extremely high voltage ratings and high resistance values in a surface mount package.

Stackpole's RTAN series of tantalum nitride precision thin film chip resistors are impervious to moisture and highly resistant to sulfur contamination.